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FPGA Technical Papers

Achieving Timing
Closure with FPGA Physical Synthesis

Step off the design iteration treadmill by using physical synthesis
to rapidly solve timing problems in today's complex FPGAs. This article
explains how physical synthesis technology works to concurrently optimize
both logical and physical aspects of a design for single-pass timing
closure.

Simply using a Rad hard technology is not sufficient to provide low
susceptibility to high-radiation environments. This article discusses
design techniques such as TMR and TMR-CC and how to apply them in FPGA
synthesis.

Who Defines
the FPGA Interface

As FPGA packages pass 1000 pins, managing the interface between the
FPGA and board becomes a daunting task. This article discusses sharing
the interface definition between the board and FPGA design worlds.

Flexible Design
Solutions for SOHO Wireless LAN Applications

FPGAs provide an excellent platform for rapid development of applications
in the fast-moving wireless LAN arena. This paper discusses SOHO applications
of Xilinx Spartan series FPGAs.

This technically oriented seminar will provide tips and techniques to
leverage Synthesis to get your design to market faster, with higher
performance. Hands on labs will be provided to illustrate solutions
to FPGA design challenges.

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